Experimental methods are important parts of engineering education. Studying experimental methods provides students to have a better understanding of the theory behind engineering phenomena. The students usually learn how to perform experimental tests, in order to verify their own skills and confidence, as well as their interests. They usually verify and compare the theoretical solution of any engineering problem with that of experimental one.

Test and Experiment Engineering contribute to the design, development, fabrication, testing, and improvement of all fields of mechanical engineering. In the group of recommended Test/Experimental Engineering, several courses are suggested. These courses extend from experimental stress analysis, to flow diagnosis, fluid power design, fatigue and fracture of materials, control, and the evaluation of engineering data are essential parts of mechanical engineering education.

Recommended Technical Elective Offerings

• ME 471: Experimental Stress Analysis
• ME 472: Fatigue and Fracture of Metals
• ME 475: Automatic Controls
• ME 476: Mechatronics
• ME 478: Advanced Flow Diagnostics
• ME 479: Fluid Power Systems Design
• IME 460: Evaluation of Engineering Data